BLANK - Blank ON or OFF. By default, Blank is off. ON is any input <=0 (really < 0.1V), otherwise it will be OFF. You can use a trigSeq (synchronized with a voltSeq) to control / hide lines that you do not wish to be shown.

R - Rotation (-10V to +10V). Will either be a rotational rate or if the ABS button is on, it will be the absolute angular position.

T - Time.

User Controls (per waveform; so x3):

X - Offset (OFF) & Scale (SCL) knobs.

Y - Offset (OFF) & Scale (SCL) knobs.

LNK - (Toggle) Link the X-scale and Y-scale knobs together so they will change together (have the same value).

C - Color knob. If a input is active on the Color port, this is ignored.

A - Alpha channel knob. If a input is active on the Alpha port, this is ignored.

Rotation Controls:

R - Rotation knob. If a input is active on the Rotation port, this is ignored.

ABS - (Toggle) Turning ABS on will make the rotation inputs control the absolute angular position instead of a rate.

T - Time adjustment knob. Will be used along with the Time input port.

X*Y - (Toggle) Toggle lissajous mode on / off (default is on).

INFO - (Toggle) Toggle wave information on / off (default is on). Located on the right-hand-side (RHS) bar.

scopeTricks

#001 - glowsticker

Disclaimer: if there is a standard for notation of module position in a rack, I could not find it. So, I will use alphabetical rows and numerical horizontal positions ex: (B4) or (A2).

The master clock (B4) is a modified version* of the JW Modules SimpleClock. The /16 output is clocking the master trigSeq (B6) to switch between patterns 1 & 2 on the other sequencers for enough points to draw the raver. The main output (delayed thru a Strum's Mental mults) is clockng the X&Y voltSeq (B7) and blanking trigSeq (B8). The delay is needed so the master trigSeq switches patterns before the X&Y voltSeq draws the first point of the next pattern.

The X & Y voltSeq (B7) channels 1 & 2 are for X & Y position of the points, connected to X & Y inputs of Shp 3 on the the multiScope (A8). The blanking trigSeq (B8) CH1 output is connected to the BLANK input on Shp 3 of the multiScope (A8). (B8) should be in CONT mode. If the step is on, the blank input is high, and the scope draws that point. If a step is off, it just moves the point to that position without drawing it. When going really fast like this it helps to move the blank points to where they end so we don;t get "ghost lines".

To make the raver "dance" X & Y are running thru a Befaco A*B+C (B3) to be modulated by NYSTHI LFOMULTIPHASE (B1) and the R input of Shp 3 is modulated by (B1) thru a Befaco Dual Attenuverter (B2). The raver color is also modulated by (A5) thru (A6).

the glowing white effect is with the effect mode of Shp 3 set to LIGHT, this feature is not yet available in the wild.

The glowsticks are drawn with (A1 thru A6) Shp 1 is the blueish glowstick and Shp 2 is the green one. They are drawn by the same oscillators and modulation, but with the X & Y swapped and rotated 90 degrees on Shp 1. The vaiable length trails are made by modulating the T input on Shp 1 and Shp 2 with (A5) thru (A6).

* The only modification to SimpleClock was to change line 84: "... powof(2.0)..." to "... powof(3.15)..." to make it go as fast as possible at full speed without locking up our sequencers.

We will release our own clock once all the other modifications are ready. Thanks Jeremy Wentworth for this great clock with reset trigger output and built-in divisions. Perfect.